SN74LVC861ADBR

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The SN74LVC861ADBR is a low-voltage CMOS integrated circuit (IC) belonging to the logical category of buffers, drivers, receivers, and transceivers. Primarily designed for use in high-density digital electronic systems, it helps ensure reliable data transmission between devices. Its technical specifications include a power supply range of 1.65–5.5 volts, a data rate of 250 MHz, and a low quiescent current of 2 µA. The SN74LVC861ADBR is characterized by high-speed and low-power input receivers that help ensure reliable data transmission.

The SN74LVC861ADBR is a non-inverting, open-drain device that works in a 32-to-1 multiplexer configuration. This configuration makes it ideal for use in applications that require a cost-effective solution with high-speed data transmission capabilities. It can be used in a variety of high-density systems, including communications, industrial automation, and automotive applications.

The SN74LVC861ADBR consists of a 32-contact input port with five pins on each side. It has eight pins at the bottom, which are connected to the five input pins, a logic low signal (on pin 8), and two positive power inputs, as well as a logic power input (on pin 7). The logic power input is connected to the logic low signal on pin 8 and is used to power the device when logic is low. The two positive power inputs are then connected to the secondary inputs on pin 7.

The SN74LVC861ADBR has two outputs, an open-drain output and a push-pull output. The open-drain output is connected to the 32 inputs and is capable of transmitting up to 250 MHz data. The open-drain output is used when the logic is low. The push-pull output is also connected to the 32 inputs and is capable of transmitting up to 250 MHz data. The push-pull output is used when the logic is high. The internal logic of the device is implemented using CMOS logic. The device is designed to support 32-channel multiplexing, and it is capable of routing any input signal to any output pin.

The SN74LVC861ADBR provides several benefits that make it beneficial for use in many applications. These benefits include improved power efficiency, minimal power supply requirements, and low-noise operation. Power efficiency is improved because the device operates at low power and generates a minimal amount of heat. Furthermore, the device requires only one positive power supply, which helps reduce the number of power connections. Low-noise operation is made possible by its low-voltage CMOS technology, which helps reduce the risk of interference. Additionally, the device is capable of operating at high speeds, making it ideal for applications that require a fast response time.

The SN74LVC861ADBR is a cost-effective solution that is suitable for use in many applications that require a combination of high-speed data transmission and low power consumption. Its 32-contact input port and two outputs make it ideal for use in high-density digital applications. Additionally, its CMOS logic provides improved power efficiency, minimal power requirements, and low-noise operation. Overall, the SN74LVC861ADBR is a reliable logic device that can be relied upon for reliable data transmission in many different types of applications.

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